PTR-15 - Tripod DataVideo - Free user manual and instructions

Product Type	Robotic Pan Tilt Head
Model Number	PTR-15
Brand	DataVideo
Video I/O Interfaces	HDMI 2.0 x 1, 12G-SDI x 1, 3G-SDI x 1
Video Output Formats	2160p 60/59.94/50, 2160p 30/29.97/25, 1080p 60/59.94/50, 1080p 30/29.97/25, 1080i 60/59.94/50, 720p 60/59.94/50
Pan Range	340° max
Tilt Range	+45° to -45° max
Pan Speed	0.12 – 15° / sec
Tilt Speed	0.06 – 10° / sec
Presets	199 PAN/TILT positions
Control Protocols	Sony VISCA, DVIP
Control Interface	RS-422 / DVIP
Maximum Load	4.0 kg
Power Requirement	DC 14 – 20V, 90W
Power Supply Output (D-tap)	DC 24/12V, 36W max
Weight	3.7 kg
Dimensions (LxWxH)	241 x 191 x 300 mm
Genlock / Timecode	Yes (I/O port)
Tally Lights	Built-in (Red/Green)
Supported Controllers	RMC-180 MARK II, RMC-300A, ShowCast 100, IR Remote, VISCA Protocol Controller
Optional Accessories	ZEK-1, ZEK-2, PCB-1, WM-10, WM-11, CM-10
Safety Features	Overload auto power off, short circuit protection, over-temperature protection
Maintenance	Clean with a soft dry cloth; do not use liquid cleaners
Spare Parts / Repairability	Contact local Datavideo dealer for service; firmware upgrade via USB

Frequently Asked Questions - PTR-15 DataVideo

What cameras can I mount on the PTR-15?

The PTR-15 supports a wide range of small video cameras and block cameras. It is compatible with Sony, Panasonic, Canon, JVC cameras via LANC, BX-Lens, or 2-Port Pana modes. Maximum payload is 4.0 kg.

How do I control the PTR-15?

You can control it via IR remote, VISCA RS-422 controller (e.g., RMC-180 MARK II, RMC-300A), DVIP over Ethernet, or using the ShowCast 100. The OSD menu allows configuration of all settings.

What video outputs does the PTR-15 provide?

It has HDMI 2.0, 12G-SDI, and 3G-SDI outputs, supporting resolutions up to 4K 2160p60. The OSD menu can be overlaid on the HDMI output.

How many presets can I save?

You can save up to 199 PTZ presets, each including pan, tilt, zoom, focus, iris, shutter, and white balance settings. Presets can be organized into groups for automated tours.

Can I use the PTR-15 with a Sony Z280 camcorder?

Yes. Connect via LANC (8-pin mini-din to 2.5mm cable) for zoom, focus, iris, and more. For enhanced performance, the optional ZEK-1 zoom encoder kit is recommended for smooth PTZ control.

What power supply is needed?

The PTR-15 requires DC 19V (14-20V range) via the included power adapter. It also provides D-tap DC output (12V or 24V selectable) to power the mounted camera, with a maximum of 36W.

How do I update the firmware?

Download the latest firmware from the Datavideo website. Copy the files to a USB drive (<16GB), insert it into the F/W Upgrade port, then navigate the OSD menu: System > Update Software > Update All. The process takes about 5-7 minutes.

What is the pan/tilt range and speed?

Pan range is 340° max, tilt range is +45° to -45° max. Pan speed ranges from 0.12° to 15°/sec, tilt speed from 0.06° to 10°/sec. You can adjust acceleration and speed in the Set Motor menu.

Does the PTR-15 support genlock and timecode?

Yes, it has a Genlock/TC I/O port that supports both genlock synchronization and timecode input/output for multi-camera setups.

What safety features does the PTR-15 have?

The device has overload protection that automatically disconnects power, short circuit protection on the DC output, and over-temperature safeguards. Always establish all cable connections before powering on to prevent short circuits.

USER MANUAL PTR-15 DataVideo

Technical line drawing of a data video machine with no visible text or symbols on the device itself

4K ROBOTIC

PAN TILT HEAD

PTR-15

Instruction Manual

Table of Contents

FCC COMPLIANCE STATEMENT ....5

WARNINGS AND PRECAUTIONS....5

WARRANTY 6

STANDARD WARRANTY....6

THREE YEAR WARRANTY....6

DISPOSAL....7

1. PRODUCT OVERVIEW 8

1.1 FEATURES....8

1.2 SYSTEM DIAGRAM 8

2. SYSTEM OVERVIEW....9

2.1 BOTTOM PANEL 10

2.2 TOP PANEL 12

2.3 INSTALLING YOUR CAMERA 14

3. CONNECTIONS 16

3.1 POWER.... 16

3.2 VIDEO 16

3.3 TALLY 16

4. CONTROL FUNCTIONS....17

4.1 RS-422 VISCA COMMUNICATION PROTOCOL 17

4.2 DVIP 18

4.3 REMOTE OUT 20

Remote Port 20

LANC 21

BX-Lens 23

2-Port Pana 23

RS-232/422 OUT 23

RS-232....23

RS-422....24

4.4 TALLY 24

4.5 IR REMOTE CONTROL 25

Function Descriptions 26

OSD Menu 27

Set Camera 38

OSD Function 38

Menu Function 38

LANC Zoom Offset Limit 38

LANC Zoom Start Delay 38

LANC Zoom Speed Limit 38

Set Motor....38

P/T Acceleration 38

P/T Speed....38

PAN Torque 38

Tilt Torque 38

Pan Offset 39

Tilt Offset 39

Pan Min Limit....39

Pan Max Limit 39

Tilt Min Limit....39

Tilt Max Limit 39

Pan L/R Offset....39

Tilt U/D Offset....39

Memory 39

Preset Position....39

Group 1-8....39

Remote Control 39

PAN/TILT Reverse 39

Set RS-422....40

Set DVIP 40

Set IR....40

Set Remote Out 40

PTZ Info. Output 41

PTZ Coordinate Adjustment 41

Append Zoom Position to P/T Info 42

System 42

Tally Light....42

Model No. 42

Power OUT Limit....42

Display 42

Reset All....42

Update Software 42

Reset P/T 43

4.6 ZOOM SENSOR MINI-DIN PORT 43

1. FIRMWARE UPDATE....44

5.1 FIRMWARE UPGRADE REQUIREMENTS 44

5.2 UPGRADE PROCEDURE 44

1. FREQUENTLY-ASKED QUESTIONS......45

2. DIMENSIONS......47

3. SPECIFICATIONS......48

Disclaimer of Product & Services

The information offered in this instruction manual is intended as a guide only. At all times, Datavideo Technologies will try to give correct, complete and suitable information. However, Datavideo Technologies cannot exclude that some information in this manual, from time to time, may not be correct or may be incomplete. This manual may contain typing errors, omissions or incorrect information. Datavideo Technologies always recommend that you double check the information in this document for accuracy before making any purchase decision or using the product. Datavideo Technologies is not responsible for any omissions or errors, or for any subsequent loss or damage caused by using the information contained within this manual. Further advice on the content of this manual or on the product can be obtained by contacting your local Datavideo Office or dealer.

FCC Compliance Statement

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and
(2) This device must accept any interference received, including interference that may cause undesired operation.

Warnings and Precautions

1. Read all of these warnings and save them for later reference.
2. Follow all warnings and instructions marked on this unit.
3. Unplug this unit from the wall outlet before cleaning. Do not use liquid or aerosol cleaners. Use a damp cloth for cleaning.
4. Do not use this unit in or near water.
5. Do not place this unit on an unstable cart, stand, or table. The unit may fall, causing serious damage.
6. Slots and openings on the cabinet top, back, and bottom are provided for ventilation. To ensure safe and reliable operation of this unit, and to protect it from overheating, do not block or cover these openings. Do not place this unit on a bed, sofa, rug, or similar surface, as the ventilation openings on the bottom of the cabinet will be blocked. This unit should never be placed near or over a heat register or radiator. This unit should not be placed in a built-in installation unless proper ventilation is provided.
7. This product should only be operated from the type of power source indicated on the marking label of the AC adapter. If you are not sure of the type of power available, consult your Datavideo dealer or your local power company.
8. Do not allow anything to rest on the power cord. Do not locate this unit where the power cord will be walked on, rolled over, or otherwise stressed.
9. If an extension cord must be used with this unit, make sure that the total of the ampere ratings on the products plugged into the extension cord do not exceed the extension cord rating.
10. Make sure that the total amperes of all the units that are plugged into a single wall outlet do not exceed 15 amperes.
11. Never push objects of any kind into this unit through the cabinet ventilation slots, as they may touch dangerous voltage points or short out parts that could result in risk of fire or electric shock. Never spill liquid of any kind onto or into this unit.
12. Except as specifically explained elsewhere in this manual, do not attempt to service this product yourself. Opening or removing covers that are marked “Do Not Remove” may expose you to dangerous voltage points or other risks, and will void your warranty. Refer all service issues to qualified service personnel.
13. Unplug this product from the wall outlet and refer to qualified service personnel under the following conditions:

a. When the power cord is damaged or frayed;

b. When liquid has spilled into the unit;

c. When the product has been exposed to rain or water;

d. When the product does not operate normally under normal operating conditions. Adjust only those controls that are covered by the operating instructions in this manual; improper adjustment of other controls may result in damage to the unit and may often require extensive work by a qualified technician to restore the unit to normal operation;

e. When the product has been dropped or the cabinet has been damaged;

f. When the product exhibits a distinct change in performance, indicating a need for service.

Warranty

Standard Warranty

• Datavideo equipment is guaranteed against any manufacturing defects for one year from the date of purchase.
• The original purchase invoice or other documentary evidence should be supplied at the time of any request for repair under warranty.
• The product warranty period beings on the purchase date. If the purchase date is unknown, the product warranty period begins on the thirtieth day after shipment from a Datavideo office.
• All non-Datavideo manufactured products (product without Datavideo logo) have only one year warranty from the date of purchase.
• Damage caused by accident, misuse, unauthorized repairs, sand, grit or water is not covered under warranty.
  • Viruses and malware infections on the computer systems are not covered under warranty.
• Any errors that are caused by unauthorized third-party software installations, which are not required by our computer systems, are not covered under warranty.
• All mail or transportation costs including insurance are at the expense of the owner.
• All other claims of any nature are not covered.
• All accessories including headphones, cables, batteries, metal parts, housing, cable reel and consumable parts are not covered under warranty.
• Warranty only valid in the country or region of purchase.
• Your statutory rights are not affected.

Three Year Warranty

- All Datavideo products purchased after July 1st, 2017 qualify for a free two years extension to the standard warranty, providing the product is registered with Datavideo within 30 days of purchase.

• Certain parts with limited lifetime expectancy such as LCD panels, DVD drives, Hard Drive, Solid State Drive, SD Card, USB Thumb Drive, Lighting, Non-PCIe Card and third party provided PC components are covered for 1 year.
• The three-year warranty must be registered on Datavideo's official website or with your local Datavideo office or one of its authorized distributors within 30 days of purchase.

Disposal

Symbol of a trash bin with crossed lines indicating no waste or restriction (no text or labels)

For EU Customers only - WEEE Marking

This symbol on the product or on its packaging indicates that this product must not be disposed of with your other household waste. Instead, it is your responsibility to dispose of your waste equipment by handing it over to a designated collection point for the recycling of waste electrical and electronic equipment. The separate collection and recycling of your waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment. For more information about where you can drop off your waste equipment for recycling, please contact your local city office, your household waste disposal service or the shop where you purchased the product.

CE Marking is the symbol as shown on the left of this page. The letters "CE" are the abbreviation of French phrase "Conformité Européenne" which literally means "European Conformity". The term initially used was "EC Mark" and it was officially replaced by "CE Marking" in the Directive 93/68/EEC in 1993. "CE Marking" is now

used in all EU official documents.

1. Product Overview

Datavideo's brand new PTR-15 is a robotic pan-tilt head that is designed to turn any small size video cameras or block cameras into a PTZ camera.

A sleek design fits seamlessly in your studio. With its weight of 3.7 Kg, it can be placed on the heavy-duty tripod or mounted on the wall and ceiling which bring up a lot of flexibilities for your video production.

The PTR-15 can be controlled by IR Controller, VISCA Protocol Controller, Datavideo RMC-180 MARK II Camera Controller, RMC-300A Universal Remote Control Panel, and is compatible with serial or Ethernet (DVIP).

1.1 Features

• Strong and sturdy aluminum frame
• Various interfaces: SDI, HDMI, RS-232, RS-422, DVIP, Tally and LANC
• Supports 12G-SDI and HDMI 2.0
• Built-in timecode/genlock interface
• IP control output to the mounted camera
• Supports multiple protocols for controlling compatible cameras
• Multiple controller choices: RMC-180 MARK II, RMC-300A and ShowCast 100
• Built-in tally lights
• D-tap connector for DC output
- Selectable DC voltage output (7.4 / 8.4 / 10 / 12) for different camera types
- Support optional Datavideo ZEK-2 Zoom Control Kit for Tilta Nucleus-M motors, actively driving and recording zoom positions of mounted cameras
• Control Sony, Panasonic, Canon, and JVC cameras
- Easy control of Zoom, Focus, IRIS, Shutter, and White Balance using Datavideo's remote controllers

1.2 System Diagram

graph TD
    A["PTR-15 + ZEK-1 HDBaseT Robotic Pan Tilt Head"] -->|HDBaseT| B["HS-1600T 4-Channel HD/SD HDBaseT Portable Video Streaming Studio"]
    C["HDBaseT"] -->|HDBaseT| B
    D["HDBaseT"] -->|HDBaseT| B
    E["dvdCloud"] -->|PC IN| F["YouTube"]
    F --> G["Facebook"]
    G --> H["WOWZA media systems"]
    I["OR"] --> B
    J["cat5e/6"] --> B
    K["dvdCloud is an easy-to-use streaming service that allows users to stream to 25 platforms and simultaneously record. For more information, please visit www.dvcloud.tv"]

1. System Overview
   

Bottom Panel

2.1 Bottom Panel

Power Switch
Power the device ON/OFF

DC IN 19V

DC IN 19V
Connect the supplied 19V PSU to DC IN socket.

DC OUT 12V
DC OUT socket supplies 12V.
Note: The connection can be secured by screwing the outer fastening ring of the DC plug to the socket.

HDMI OUT
Delivers camera video to external devices such as a video switcher. The OSD menu will overlay on the output video of this port.

3G-SDI OUT

3G-SDI OUT

Delivers HD camera video to external devices such as a video switcher.

12G-SDI OUT

12G-SDI OUT

Delivers 4K camera video to external devices such as a video switcher.

RS-422 IN

RS-422 IN

Connect any VISCA controller utilizing RS-422 interface such as Datavideo's RMC-180 Mark II or RMC-300A controller. Use the DIP switch to set the PTR-15's VISCA ID.

See the section on RS-422 VISCA Communication Protocol for detailed descriptions and example system setup.

DVIP/LAN

DVIP

DVIP port connects the PTR-15 to an Ethernet switcher or router for remote control. An example of the controller utilizing DVIP port is RMC-300A.

See the section on DVIP for detailed descriptions and example system setup.

TALLY

Tally IN

Receives tally information from external devices such as a video switcher.

IR Receiver

Operate the PTR-15 using an IR remote control.

Genlock/TC

An I/O port designed for genlock or timecode synchronization.

2.2 Top Panel

REMOTE

REMOTE

Connect through a remote cable to various camera brands in order to control camera's zoom and focus as well as other functions. See the REMOTE section for cable pinout information, connection instructions as well as a list of compatible cameras.

Note: A remote cable (8pin mini-din to 2.5mm phone jack) accompanying the PTR-15 is designed for connecting to various camera brands.

Warning: The 8pin snap-and-lock mini-din connector of the remote cable will be securely fastened once plugged into the Remote port. To remove, use two fingers to gently hold the part of the plug labelled by two arrows then pull the connector outward.

Pure electrical connector diagram without any text, numbers, or symbols

RS-232/422OUT

ZOOM SENSOR

RS-232/422 OUT

Connect to the camera mounted, relaying serial control signals between the camera and controllers via RS-232 or RS-422 interface, which is selectable through the OSD menu.

Zoom Sensor mini-DIN port

Connect to Datavideo's ZEK-1/ZEK-2 Zoom Encoder Kit in order to detect and return zoom position of the camera mounted. See the respective user manuals for installation instructions and the Zoom Sensor mini-DIN Port section for more information about using the ZEK-1/ZEK-2 to achieve smooth and responsive PTZ camera control.

DIP Switch

The DIP switch allows users to configure the PTR-15's VISCA ID. Refer to the table below for the corresponding bit combinations and their associated VISCA IDs.

D-tap DC OUT (12/24 V)

The D-tap DC OUT port supplies DC power to the camera via a D-tap to DC power cable. Use the power switch to select the output voltage. The available output voltages are 12V and 24V. To protect the camera, the D-tap DC OUT is by default capped at 12V. To enable the 24V output option, open the OSD menu, navigate to the System submenu, and activate the "High Volt-Out" setting under Power Out Limit.

Note: The D-tap-to-DC5.5 cable accompanying the PTR-15 is designed for supplying power to Datavideo's block cameras.

LAN Port

This LAN port is internally connected to the DVIP/LAN port on the bottom panel. To control the camera mounted on the PTR-15 over an IP network, first connect the LAN port to the camera, then connect the DVIP/LAN port to an Ethernet router or switch.

GENLOCK/TC

Genlock/TC

An I/O port designed for genlock or timecode synchronization.

3G SDI IN HD Video IN from the mounted camera

12G SDI IN 4K Video IN from the mounted camera

HDMI IN Video IN from the mounted camera

Tally OUT Delivers tally information to the mounted camera.

F/W Upgrade Insert a USB disk containing the latest firmware. See Firmware Update for detailed instructions.

2.3 Installing your Camera

Follow the steps outlined below to install the camera:

1. First place the camera on the camera mount base.
2. Align the 1/4" screw hole found at the base of the camera with the 1/4" screw hole in the camera mount base.
   Note: If there is only a 3/8" threaded screw hole at the base of the camera, put a 3/8" to 1/4" nut adapter in the hole then tighten with a coin or a flat head screwdriver.
3. Lastly secure the camera with a 1/4" hand screw.

Note: It is recommended to use a flat head screwdriver to tighten the 1/4" D-ring screw as this can more effectively secure the screw.

3. Connections

Before starting to use your robotic pan tilt head, make sure you have connected the power and camera video.

3.1 Power

DC IN 19V

Connect the supplied 19V PSU to DC IN socket.

DC OUT 12V

DC OUT socket supplies 12V to the camera mounted.

Note: The connection can be secured by screwing the outer fastening ring of the DC plug to the socket.

D-tap DC OUT (12/24 V)

The D-tap DC OUT port supplies DC power to the camera via a D-tap to DC power cable.

3.2 Video

SDI / HDMI IN

Receives video delivered from the mounted camera via SDI or HDMI interface.

SDI / HDMI OUT

Delivers camera video to external devices such as a video switcher via SDI or HDMI interface.

Note: 3G-SDI interface is designed for delivering HD videos and 12G-SDI interface is designed for delivering 4K videos.

3.3 Tally

The Tally IN port receives tally signals from external devices such as a switcher.

The Tally OUT port delivers tally signals to the camera mounted.

4. Control Functions

Various control methods are described in this section.

4.1 RS-422 VISCA Communication Protocol

Via the RS-422 VISCA communication protocol, the RMC-180 MARK II and RMC-300A Camera Controllers are able to control up to 4 and 8 PTR-15 devices respectively. See the diagrams below for example system setups

RMC-180 MARK II Camera Controller

graph LR
    A["Robotic Pan Tilt Head"] -->|RS-422| B["RMC-180 MARK II Camera Controller"]
    C["Robotic Pan Tilt Head"] -->|RS-422| B
    D["Robotic Pan Tilt Head"] -->|RS-422| B
    E["Robotic Pan Tilt Head"] -->|RS-422| B
    F["Robotic Pan Tilt Head"] -->|RS-422| B
    G["Robotic Pan Tilt Head"] -->|RS-422| B
    H["Robotic Pan Tilt Head"] -->|RS-422| B
    I["Robotic Pan Tilt Head"] -->|RS-422| B
    J["Robotic Pan Tilt Head"] -->|RS-422| B
    K["Robotic Pan Tilt Head"] -->|RS-422| B
    L["Robotic Pan Tilt Head"] -->|RS-422| B
    M["Robotic Pan Tilt Head"] -->|RS-422| B
    N["Robotic Pan Tilt Head"] -->|RS-422| B
    O["Robotic Pan Tilt Head"] -->|RS-422| B
    P["Robotic Pan Tilt Head"] -->|RS-422| B
    Q["Robotic Pan Tilt Head"] -->|RS-422| B
    R["Robotic Pan Tilt Head"] -->|RS-422| B
    S["Robotic Pan Tilt Head"] -->|RS-422| B
    T["Robotic Pan Tilt Head"] -->|RS-422| B
    U["Robotic Pan Tilt Head"] -->|RS-422| B
    V["Robotic Pan Tilt Head"] -->|RS-422| B
    W["Robotic Pan Tilt Head"] -->|RS-422| B
    X["Robotic Pan Tilt Head"] -->|RS-422| B
    Y["Robotic Pan Tilt Head"] -->|RS-422| B
    Z["Robotic Pan Tilt Head"] -->|RS-422| B
    AA["Robotic Pan Tilt Head"] -->|RS-422| B
    AB["Robotic Pan Tilt Head"] -->|RS-422| B
    AC["Robotic Pan Tilt Head"] -->|RS-422| B
    AD["Robotic Pan Tilt Head"] -->|RS-422| B
    AE["Robotic Pan Tilt Head"] -->|RS-422| B
    AF["Robotic Pan Tilt Head"] -->|RS-422| B
    AG["Robotic Pan Tilt Head"] -->|RS-422| B
    AH["Robotic Pan Tilt Head"] -->|RS-422| B
    AI["Robotic Pan Tilt Head"] -->|RS-422| B
    AJ["Robotic Pan Tilt Head"] -->|RS-422| B
    AK["Robotic Pan Tilt Head"] -->|RS-422| B
    AL["Robotic Pan Tilt Head"] -->|RS-422| B
    AM["Robotic Pan Tilt Head"] -->|RS-422| B
    AN["Robotic Pan Tilt Head"] -->|RS-422| B
    AO["Robotic Pan Tilt Head"] -->|RS-422| B
    AP["Robotic Pan Tilt Head"] -->|RS-422| B
    AQ["Robotic Pan Tilt Head"] -->|RS-422| B
    AR["Robotic Pan Tilt Head"] -->|RS-422| B
    AS["Robotic Pan Tilt Head"] -->|RS-422| B
    AT["Robotic Pan Tilt Head"] -->|RS-422| B
    AU["Robotic Pan Tilt Head"] -->|RS-422| B
    AV["Robotic Pan Tilt Head"] -->|RS-422| B
    AW["Robotic Pan Tilt Head"] -->|RS-422| B
    AX["Robotic Pan Tilt Head"] -->|RS-422| B
    AY["Robotic Pan Tilt Head"] --> Z["Up to 4 cameras via RS-422"]

RMC-300A Camera Controller

graph LR
    A["Robotic Pan Tilt Head"] --> B["RS-422"]
    A --> C["RS-422"]
    A --> D["RS-422"]
    A --> E["RS-422"]
    A --> F["RS-422"]
    A --> G["RS-422"]
    H["Up to 8 cameras via RS-422"] --> I["RS-422"]
    H --> J["RS-422"]
    H --> K["RS-422"]
    H --> L["RS-422"]
    M["RMC-300A Camera Controller"] --> N["up to 100m"]
    N --> O["RS-422"]
    N --> P["RS-422"]
    N --> Q["RS-422"]
    N --> R["RS-422"]

To control the camera mounted on PTR-15 using the camera controller, first connect one of the RJ-45 ports provided on the controller rear to PTR-15's RS-422 IN port via an RJ-45 cable. Then depending on the protocol used, either connect PTR-15 to the camera via the Remote port (LANC/BX-Lens)

through a remote cable or via the RS-232/422 OUT port (RS-232/RS-422) through an RJ-45 cable. For information about the corresponding cable and the connection, see the section on Remote OUT.

See below for information about RJ-45 cabling (RS-422 wiring scheme between the camera controller and PTR-15) in the RS-422 setup.

graph LR
    A["Camera Controller (RJ-45 Port)"] -->|GND| B["PTR-15 (RS-422 IN)"]
    A --> C["GND"]
    B --> D["White/Orange"]
    B --> E["Orange"]
    B --> F["White/Green"]
    B --> G["Blue"]
    B --> H["White/Blue"]
    B --> I["Green"]
    B --> J["White/Brown"]
    B --> K["Brown"]
    C --> L["White/Orange"]
    C --> M["Orange"]
    C --> N["White/Green"]
    C --> O["Blue"]
    C --> P["White/Blue"]
    C --> Q["Green"]
    C --> R["White/Brown"]
    C --> S["Brown"]
    D --> T["GND"]
    E --> U["GND"]
    F --> V["GND"]
    G --> W["GND"]
    H --> X["GND"]
    I --> Y["GND"]
    J --> Z["GND"]
    K --> AA["GND"]
    L --> AB["1 ---- 8"]
    M --> AC["1 ---- 8"]
    N --> AD["1 ---- 8"]
    O --> AE["1 ---- 8"]
    P --> AF["1 ---- 8"]
    Q --> AG["1 ---- 8"]
    R --> AH["1 ---- 8"]
    S --> AI["1 ---- 8"]

After successfully establishing physical RS-422 connection, please note that the PTR-15's RS-422 settings such as VISCA ID and baud rate can be configured using the OSD menu by following the menu path Main Menu → Remote Control → Set RS422.

Alternatively, you can use the DIP switch on the top panel to set the VISCA ID. Refer to the table below for the corresponding bit combinations and their associated VISCA IDs.

graph TD
    A["4"] --> B["RESERVED"]
    C["3"] --> D["VISCA ID"]
    E["2"] --> D
    F["1"] --> D
    D --> G["100"] & H["1001"] & I["4"] & J["111"] & K["7"]
    D --> L["010"] & M["2"] & N["101"] & O["5"] & P[" "]
    D --> Q["110"] & R["3"] & S["011"] & T["6"] & U[" "]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#ccf,stroke:#333
    style H fill:#ccf,stroke:#333
    style I fill:#ccf,stroke:#333
    style J fill:#ccf,stroke:#333
    style K fill:#ccf,stroke:#333
    style L fill:#ccf,stroke:#333
    style M fill:#ccf,stroke:#333
    style N fill:#ccf,stroke:#333
    style O fill:#ccf,stroke:#333
    style P fill:#ccf,stroke:#333
    style Q fill:#ccf,stroke:#333
    style R fill:#ccf,stroke:#333
    style S fill:#ccf,stroke:#333
    style T fill:#ccf,stroke:#333

For operations of specific controllers, see the relevant user manual.

4.2 DVIP

To control multiple PTR series devices using DVIP, first connect them to the same network via DVIP port. See the diagrams below for two examples of system connection setup in a DHCP / LAN network.

The first system diagram shows that the RMC-300A camera controller allows you to control up to 24 PTR series devices simultaneously. For operation of the RMC-300A, see the user manual for instructions.

graph LR
    A["Robotic Pan Tilt Head"] -->|DVIP| B["Switch Hub"]
    B -->|DVIP| C["RMC-300A Camera Controller"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333

In the second diagram, the Showcast 100 4K ShowCast Streaming Studio communicates with the PTR-15 devices through a switch hub.

graph TD
    A["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B["Showcast 100 4K ShowCast Streaming Studio"]
    C["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    D["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    E["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    F["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    G["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    H["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    I["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    J["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    K["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    L["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    M["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    N["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    O["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    P["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    Q["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    R["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    S["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    T["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    U["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    V["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    W["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    X["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    Y["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    Z["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AA["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AB["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AC["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AD["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AE["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AF["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AG["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AH["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AI["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AJ["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AK["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AL["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AM["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AN["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AO["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AP["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AQ["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AR["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AS["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AT["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AU["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AV["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AW["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AX["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AY["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    AZ["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BA["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BB["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BC["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BD["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BE["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BF["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BG["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BH["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BI["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BJ["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BK["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BL["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BM["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BN["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BO["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BP["PTR-15 Robotic Pan Tilt Head"] -->|HDMI| B
    BQ["Audio Monitoring by Headphone"]
    BP -->|\text{L}| BA["Audio Playback"]
    BP -->|\text{R}| BB["Audio Playback"]
    BP -->|\text{1}| BC["Audio Playback"]
    BP -->|\text{2}| BD["Audio Playback"]
    BP -->|\text{3}| BE["Audio Playback"]
    BP -->|\text{4}| BF["Audio Playback"]
    BP -->|\text{5}| BG["Audio Playback"]
    BP -->|\text{6}| BH["Audio Playback"]
    BP -->|\text{7}| BI["Audio Playback"]
    BP -->|\text{8}| BJ["Audio Playback"]
    BP -->|\text{9}| BK["Audio Playback"]
    BP -->|\text{10}| BL["Audio Playback"]
    BP -->|\text{11}| BK["Audio Playback"]
    BP -->|\text{12}| BK["Audio Playback"]
    BP -->|\text{13}| BK["Audio Playback"]
    BP -->|\text{14}| BK["Audio Playback"]
    BP -->|\text{15}| BK["Audio Playback"]
    BP -->|\text{16}| BK["Audio Playback"]
    BP -->|\text{17}| BK["Audio Playback"]
    BP -->|\text{18}| BK["Audio Playback"]
    BP -->|\text{19}| BK["Audio Playback"]
    BP -->|\text{20}| BK["Audio Playback"]

PTR series device usually has a default static IP address of 192.168.100.XXX. Using an RJ-45 Ethernet cable, the unit can be directly connected to a Windows-based computer assigned of an IP address with the same first three octets as the unit's default IP address. The following setup procedure outlined below should allow you to initially configure the unit before moving it to an existing DHCP / LAN network.

1. First using an RJ-45 Ethernet cable, connect the DVIP port of your PTR series device to a Windows computer assigned of an IP address with the same first three octets as the device's default IP address.
2. Open the PTR-15's OSD menu and follow the menu path Main Menu → Remote Control → Set RS422 to set the DVIP baud rate to 115200.

3. Download the DVIP Configuration Tool from the product page.

4. On the PC, open the DVIP Configuration Tool by double clicking "DVIP_ConfigureTools.exe".

5. After the DVIP Configuration Tool is opened, select your network interface card and click the "OK" button.
6. On the DVIP Device List, you will then be able to see the PTR-15's device Name, MAC address and IP address.
7. Set the network to DHCP then click the "Save" button to write the new settings into the device.
8. Right after the "Save" button is clicked, you will be able to see a prompt message at the top right corner to request for a device reboot for the new settings to become effective.
9. Reboot the device to apply new settings.
   DVIP_Confi gureTools

4.3 Remote OUT

In the OSD menu, there are five connection modes available in the Remote OUT Mode option for the user to select in order to connect your PTR-15 device to the camera mounted. Available connection modes are BX Lens, LANC, OK Protocol, 2-Port Pana, RS-232C and RS-422.

If BX Lens or LANC is selected, use the Remote Port to connect. If RS-232C or RS-422 is selected, use the RS-232/422 OUT port to connect. To use the 2-Port Pana mode, you will need the PCB-1 camera control box which is designed to establish connection between the PTR-15 and the Panasonic camera mounted thereon.

Remote Port

The Remote port, when connected to the camera mounted, allows you to access certain functions of various camera brands such as ZOOM and FOCUS. To use this function, you will need to first enable LANC or BX-Lens mode by accessing the OSD menu option, Remote Out Mode, on your PTR-15 device. Follow the menu path below:

5. Remote Control

→6. Set Remote Out

→1. Remote Out mode

→ 2-Port Pana

LanC (JVC)

LanC (Panasonic)

LanC (Canon)

LanC (Sony)

OK Protocol-2

OK Protocol-1

BX-Lens

RS-232C

RS-422

LANC

As cameras of different manufacturers offer different PTZ speeds, we have broken down LanC mode into four different options which are LanC (Sony), LanC (Panasonic), LanC (Canon) and LanC (JVC). Each brand's LanC option is customized to allow you to better control the camera. If you are using camera brands other than Sony, Panasonic, Canon and JVC, we recommend setting Remote Out Mode to LanC (Sony).

If the LANC mode is enabled, connect the Remote port of PTR-15 to the camera's 2.5 mm earphone jack via a remote cable. The remote cable is an 8pin mini-din to 2.5mm phone jack cable as depicted below. The pinout information is also shown.

Warning: The 8pin snap-and-lock mini-din connector of the remote cable will be securely fastened once plugged into the Remote port. To remove, use two fingers to gently hold the part of the plug labelled by two arrows then pull the connector outward.

Camera models allowing you to access certain camera functions in LANC mode are listed in the table below.

Please note that Datavideo has specifically designed and manufactured the cable for connecting the REMOTE port. The remote cable will be shipped along with the product. The part number of the cable is G07620000138.

The table below lists all camera brands and models that work with the corresponding LanC options as well as the functions that you can access via the PTR-15.

LanC (Sony)

Model	Brand	Power Consumption	DC Input	Accessible Fucntions
PXW-Z280V	Sony	24 – 31 W	12V	Zoom, Focus, Iris, OSD Menu, OSD Display, Shutter, White Balance Mode, Gain and ND
Z90	Sony			Zoom and Focus
PXW-Z190V	Sony	22 – 29 W	12V	Zoom, Focus, Iris and White Balance
PXW-Z150	Sony	6.3 – 6.6 W	8.4V	Zoom, Focus and Iris
HNR-NX5R	Sony	7.5 – 7.8 W	8.4V	Zoom, Focus, Iris and White Balance
FS7	Sony			Zoom, Focus, Iris and White Balance
FS5	Sony			Zoom and Focus

LanC (Panasonic)

Model	Brand	Power Consumption	DC Input	Accessible Fucntions
AG-CX350PX	Panasonic	11.5 – 17 W	12V	Zoom and Focus
AG-UPX360MC	Panasonic	11.5 – 17 W	12V
BGH-1	Panasonic		12V	Zoom, Focus and Iris

LanC (JVC)

Model	Brand	Power Consumption	DC Input	Accessible Fucntions
GY-HC550/500	JVC	24 W	12V	Zoom, Focus and Iris
GY-HM660	JVC	12 W	12V	Zoom, Focus, Iris and White Balance

LanC (Canon) / OK Protocol

Model	Brand	Power Consumption	DC Input	Accessible Fucntions
XF705	Canon	20.8 W	24V	Zoom, Focus, Iris and White Balance
XF605	Canon		24V*
XF405	Canon	8.4 W	8.4V	Zoom and Focus
XF305	Canon	8.5 – 8.9 W	8.4V
XA-55	Canon			Zoom, Focus, Iris and White Balance
XA-40/45	Canon			Zoom, Focus and Iris
XLH1	Canon	7.8 W	7.4V	Zoom and Focus
XHG1	Canon	7.1 – 7.3 W	7.4V

*Use the camera's power supply instead of the power supplied by PTR-15.

BX-Lens

If the BX-Lens mode is selected, use Sony's 8 pin to 8 pin remote control cable to establish device connection, which allows you to adjust the zoom function ONLY. The supported cameras are Sony's PXW-X200 (X280) and EX3. Datavideo's part number of the 8 pin to 8 pin remote control cable is G07620000133. See the table below for the required DC input and power consumption of the supported cameras.

Model	Brand	Power Consumption	DC Input	Accessible Functions
PXW-X200 (X280)	Sony	18 – 23 W	12V	Zoom
EX3	Sony			Zoom

2-Port Pana

2-Port Pana is a Remote Out mode designed specifically for controlling Panasonic cameras via the PTR-15. Supported cameras are listed in the table below:

Model	Brand	Power Consumption	DC Input	Accessible Functions
AG-UX180MC	Panasonic	19.7 W	12V	Zoom, Focus and Iris
AG-HPX265	Panasonic
AG-HPX255	Panasonic

To use the 2-Port Pana mode, you will need the PCB-1 camera control box which is designed to establish connection between the PTR-15 and the Panasonic camera mounted thereon. After connection is established, you will be allowed to adjust the camera's zoom, focus and iris. See the PCB-1's user manual for installation and operations.

RS-232/422 OUT

If either of the RS-422 and RS-232 modes of connection is selected in Remote Out Mode, you may mount Datavideo's BC-80 or BC-200 on the PTR-15 and use a custom made RJ-45 cable to establish physical connection. See below for pinout information.

RS-232

graph TD
    A["PTR-15 (RS-232/422 OUT)"] -->|GND| B["Camera"]
    A --> C["GND"]
    A --> D["White/Orange"]
    A --> E["Orange"]
    A --> F["White/Green"]
    A --> G["Blue"]
    A --> H["White/Blue"]
    A --> I["Green"]
    A --> J["White/Brown"]
    A --> K["Brown"]
    A --> L["1----8"]
    A --> M["1----8"]
    N["NC"] --> O["2"]
    P["TX"] --> Q["3"]
    R["NC"] --> S["4"]
    T["RX"] --> U["5"]
    V["NC"] --> W["6"]
    X["NC"] --> Y["7"]
    Z["NC"] --> AA["8"]
    AB["1"] --> AC["1----8"]
    AD["1"] --> AE["1----8"]

RS-422

PTR-15 (RS-232/422 OUT)			GND	Camera
GND	1	White/Orange		White/Orange	1	GND
NC	2	Orange		Orange	2	NC
TX-	3	White/Green		White/Green	3	RX-
RX-	4	Blue		Blue	4	TX-
RX+	5	White/Blue		White/Blue	5	TX+
TX+	6	Green		Green	6	RX+
NC	7	White/Brown		White/Brown	7	NC
NC	8	Brown		Brown	8	NC

4.4 Tally

Two tally sockets can be found on your PTR series device. Tally IN receives tally information from external devices such as a video switcher. Tally OUT delivers tally information to the mounted camera.

Tally Light Definitions

Message	On Air/Live	Standby/Cued	Free/Safe
Light	Red	Green	No Light

A simple test tool is illustrated in the diagram below.

4.5 IR Remote Control

Operate PTR-15 by an IR remote control.

Function Descriptions

No	Function Keys	Descriptions
1		Power ButtonPress to switch between Standby and Operation modes.
2		Camera Select Keys 1-4In a multi-camera environment, use the camera select keys (CAM1 - CAM4) to navigate between the four cameras. Follow the menu path, Main/Remote Control/Set IR/IR Group ID, to assign an ID number from 1 to 4 to the cameras intended for operation.
3		Preset Keys 1 - 4Use the preset keys to save and recall PTZ settings.Saving to the Preset Key: First configure the camera's focus, zoom, pan and tilt settings, then press the STR key followed by one of the preset keys to save to the selected preset.Recalling the Preset: Simply press one of the preset keys to load the settings saved therein.
4		Focus ButtonAuto focus will be disabled as the Focus button (either F or N) is pressed. Press F to focus on a far object and N to focus on a near object.
5		Zoom ButtonThe zoom function adjusts the size of the image. Press T (telephoto lens) to zoom in on a subject from far away and W (wide-angled lens) to zoom out.
6		PT JoystickUse the joystick to pan and tilt the camera head. Press the up and down arrow keys to tilt; press the left and right arrow keys to pan.While the OSD menu is opened, press the up and down keys to move between options. Press the right and left keys to toggle between values. Press the center button to enter a sub menu or confirm a selection. To exit a sub menu, press the MENU or Back button.
7		Reset IP ButtonPress and hold for about 3 seconds to reset the PTR-15's network settings to DHCP.Note: If there is no DHCP server on your network, the camera will use static IP to connect after the reset. The default IP address is 192.168.100.100.
8		STR ButtonUse the STR button along with the preset keys to save the PTZ settings. See Preset Keys 1 – 4 for more information.
9		AF ButtonPress to enable Auto Focus.
10		Back ButtonPress to return the camera head to its default position. When the OSD menu is opened, press to return to the previous item on the menu.
11		MENU ButtonPress the “MENU” button to open the OSD menu on the connected monitor. See OSD Menu for descriptions of various menu options.

OSD Menu

The OSD menu allows you to modify various device settings such as pan and tilt and control protocols. Pressing the menu button on your remote control opens the OSD menu shown below.

OSD MENU

1. Set Camera
2. Set Motor
3. Memory
4. Remote Control
5. System
6. Reset P/T
7. Escape

The table below summarizes the main option items and their sub-options.

Main Options
Set Camera	Set Motor	Memory	Remote Control	System	Reset P/T	Escape
1. OSD FUNC.	1. P/TAcceleration	1. PresetPosition	1. PAN/TILTReverse	1. Tally Light	1. ResetPan/Tilt
2. MENUFUNC.	2. P/T Speed	2.Group-1	2. Set RS-422	2. Model No.
3. LANC-Zoom-Offset-Limit	3. PANTorque	3. Group-2	3. Set DVIP	3. Power-Out-Limit
4. LANC-Zoom-Start-Delay	4. Tilt Torque	4. Group-3	4. Set IR	4. Display
5. LANC-Zoom-Speed-Limit	5. Pan Offset	5. Group-4	5. Set RemoteOut	5. Reset All
6. Escape	6. Tilt Offset	6. Group-5	6. PTZ INFO.Output	6. UpdateSoftware
	7. Pan MinLimit	7. Group-6	7. PTZCoordinate ADJ	7. Escape
	8. Pan MaxLimit	8. Group-7	8. Append ZoomPOS. TO P/T Info
	9. Tilt MinLimit	9. Group-8	9. Escape
	10. Tilt MaxLimit	10. Escape
	11. Pan L/ROffset
	12. Tilt U/DOffset
	13. Escape

Details of all options in the on-screen menu are listed in the table below.

First Level Main Options	Second Level Sub-Options	Third Level Parameters	Fourth Level Parameters	Sub-Option Description
1. Set Camera	1. OSD FUNC.
	2. MENU FUNC.
	3. LANC-ZOOM-OFFSET-LIMIT (%)	2
		3
		4
		5
		6
		7
		8
		9
	4. LANC-ZOOM-START-DELAY	0 – 60; Step: 1
	5. LANC-ZOOM-SPEED-LIMIT	1
		2
		3
		4
		5
		6
	6. Escape
2. Set Motor	1. P/T Acceleration	Auto	Use this mode only if the ZEK-1 Zoom Encoder Kit is installed. See Section 4.6 Zoom Sensor mini-DIN Port for more information.
		Fast	For responsive camera control; push the joystick slightly to pan/tilt the camera but may blur the image.
		Middle
		Slow	For smooth camera control; slow motor acceleration maintains stable image quality.
	2. P/T Speed	Normal
		Auto Speed	Use this mode only if the ZEK-1 Zoom Encoder Kit is installed. See Section 4.6 Zoom Sensor mini-DIN Port for more information.
		X2, Sports
		X4, Sports-2
	3. PAN torque ADJ	LOW
		+1~+3
	4. TILT torque ADJ	LOW
		+1~+3
	5. PAN Offset ADJ	+5.4
		+4.5
		+3.6
		+2.7
		+1.8
		+0.9
		0.0
		-0.9
		-1.8
		-2.7
		-3.6
		-4.5
		-5.4
	6. TILT Offset ADJ	+6.3
		+5.4
		+4.5
		+3.6
		+2.7
		+1.8
		+0.9
		0.0
		-0.9
		-1.8
		+2.7
		-3.6
		-4.5
		-5.4
		-6.3
	7. PAN Min Limit	-170 - -1; Step: 1
	8. PAN Max Limit	+1 - +170; Step: 1
	9. TILT Min Limit	-45 - -1; Step: 1
	10. TILT Max Limit	+45 - +1; Step: 1
	11. Pan L/R Offset	0 - 80; Step: 1 (0.056°)
	12. Tilt U/D Offset	-99 - +99; Step: 1 (0.028°)
	13. Escape
3. Memory	1. Preset Position	1-199 P/T/Z	1. P/T Speed	1 - 18
			2. Focus	Auto
				MF
			3. Iris	Auto
			4. Shutter	06
			5. WB Mode	AWB
				MWB
			6. Escape
		51. ESCAPE
	2. Group - 1	1-16: ----/OF_SPD--_W---_NEXT	PRESET NO.	1~199
			Note: The preset information will appear at the bottom of the OSD menu in the following format: PS-01: P----,/T----,/Z----
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	3. Group - 2	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	4. Group - 3	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
		17. ESCAPE
	5. Group - 4	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	6. Group - 5	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	7. Group - 6	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP -4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	8. Group - 7	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	9. Group - 8	1-16	PRESET NO.	1~199
			ITEM ON/OFF	ON/OFF
			SPEED LIMIT	1~18
			WAITING TIME	0~180
			NEXT POSITION	NEXT ITEM
				RETURN
				GROUP - 1
				GROUP - 2
				GROUP - 3
				GROUP - 4
				GROUP - 5
				GROUP - 6
				GROUP - 7
				GROUP - 8
			ESCAPE
		17. ESCAPE
	10. Escape
4. Remote Control	1. PAN/TILT Reverse	OFF
		P
		T
		P+T
	2. Set RS-422	1. CAMERA ID MODE	BY MENU
			BY SWITCH
		2. CAMERA ID	1~7
		3. RS-422 BAUD RATE	9600
			19200
			38400
			115200
		4. Recall's Response	Tailer
			Leader
		5. ESCAPE
	3. Set DVIP	1. DVIP BAUD RATE	9600
			19200
			38400
			115200
		2. DVIP-MEM-No-OFST	0
			1
		3. ESCAPE
	4. Set IR	1. IR GROUP ID	CAM1~4
		2. ESCAPE
	5. Set Remote Out	1. Remote Out Mode	2-Port Pana
			LANC JVC
			LANC Panasonic
			LANC Canon
			LANC Sony
			OK-Protocol-2
			OK-Protocol-1
			BX Lens
			RS-232C
			RS-422
		2. Remote Out Baud Rate	9600
			19200
			38400
			115200
		3. Remote Out ID	1–7
		4. BX ZOOM OFFSET	3
			2
			1
			0
			-1
			-2
			-3
		5. ZOOM Encoder Mode	Trace Camera
			Tilta-Reverse
			Tilta-CTL
			ZEK-1 Reverse
			ZEK-1 Normal
			Off
		6. Tilta Torque	5
			10
			15
			20
			25
			30
			35
			40
			45
			50
			55
			60
			65
			70
			75
			80
			85
			90
			95
			99
		7. Tilta Zoom Offset	0 – 990(Step size: 10)
			0
		8. Zoom Filter Mode	1
			2
			3
		9. ZEK1 Stop Filter	0 – 20; Step: 1
		10. ZEK1 High Filter	0080
			0090
			00A0
			00B0
			00C0
			00D0
			00E0
			00F0
			0100
			0110
			0120
			0130
			0140
			0150
			0160
			0170
			0180
			0190
			01A0
			01B0
			01C0
			01D0
			01E0
			01F0
			0200
			0210
			0220
			0230
			0240
			0250
			0260
			0270
			0280
			0290
			02A0
			02B0
			02C0
			02D0
			02E0
			02F0
			0300
			0310
			0320
			0330
			0340
			0350
			0360
			0370
			0380
			0390
			03A0
			03B0
			03C0
			03D0
			03E0
			03F0
			0400
		11. ZEK1 Low Filter	0 - 10; Step: 1
		12. ESCAPE
	6. PTZ INFO. Output	Free-D
		PTR-15
		OFF
	7. PTZ Coordinate ADJ	1. PAN Coordinate Direction	+(Normal)
			-(Reverse)
		2. TILT Coordinate Direction	+(Normal)
			-(Reverse)
		3. PAN Coordinate Delay	0 - 9 Frame; Step: 1
		4. TILT Coordinate Delay	0 - 9 Frame; Step: 1
		5. ZOOM Coordinate Delay	0 - 9 Frame; Step: 1
		6. ESCAPE
	8. Append Zoom POS. TO P/T Info	ON/OFF (VISCA)
	9. ESCAPE
5. System	1. Tally Light	RED/GREEN
		GREEN
		RED
		OFF
	2. Model No.	0150/0010
	3. Power Out Limit	1. Mask HIGH VOLT-OUT	Disable High-Volt
			Enable High-Volt
		2. Power OUT Volt. Limit	12 V
		3. Escape
	4. Display	1. P/T OSD	1. PAN OSD	ON/OFF
			2. TILT OSD	ON/OFF
			3. CZOOM OSD	ON/OFF
			4. FOCUS OSD	ON/OFF
			5. ESCAPE
		2. Debug OSD	1. DEBUG IR OSD	ON/OFF
			2. DEBUG CAM. OSD	ON/OFF
			3. DEBUG RS422 OSD	ON/OFF
			4. DEBUG DVIP OSD	ON/OFF
			5. DEBUG M_CTL OSD	ON/OFF
			6. DEBUG MA_BD OSD	ON/OFF
			7. DEBUG VOUT TEST	ON/OFF
			8. DEBUG FreeD OSD	ON/OFF
			9. ESCAPE
		3. HDMI IN Reminder	ON/OFF	Once enabled, the HDMI input status will be prompted at the top of the screen.
		4. ESCAPE
	5. Reset All	YES/NO
	6. Update Software	1. SW VERSION
		2. MB CPU	V00.76d
		3. MCTL CPU	V00.28
		4. PWRB CPU	V00.26a
		5. UPDATE ALL	YES/NO
		6. ESCAPE
	7. Escape
6. Reset Pan/Tilt	Reset Pan/Tilt	YES/NO
7. Escape

Set Camera

In this sub menu, you can toggle the visibility of the on-screen display and OSD menu. If you are connecting the camera via LANC interface, you also configure the zoom settings.

OSD Function

Toggles the visibility of the On-Screen Display (OSD).

Menu Function

Toggles the visibility of the PTR-15's OSD menu.

LANC Zoom Offset Limit

LANC-Zoom-Offset-Limit sets the zoom range limit. It determines the maximum zoom range the camera can reach when controlled via the LANC interface. By adjusting this setting, you can restrict or extend the zoom capabilities, preventing over-zooming or unwanted distortion from the lens.

LANC Zoom Start Delay

This setting controls the delay before the zoom function starts when triggered via LANC. The value ranges from 0 to 60 milliseconds, with a step size of 1 millisecond.

LANC Zoom Speed Limit

This sets the maximum speed at which the zoom motor operates when controlled via LANC.

Set Motor

Use the Set Motor menu for adjusting motor-related parameters

P/T Acceleration

Adjusts the acceleration of the pan and tilt motors. Fast mode results in responsive camera control, while slow mode provides smoother starts and stops.

P/T Speed

Sets the speed for pan and tilt movements.

Normal: Standard pan and tilt speed setting.

Auto: Use this mode only if the ZEK-1 Zoom Encoder Kit is installed. See Section 4.6 Zoom Sensor mini-DIN Port for more information.

X2, Sports: Doubles the pan and tilt speed for faster movements, ideal for fast-paced environments like sports broadcasting where rapid camera adjustments are necessary.

X4, Sports-2: Quadruples the pan and tilt speed, offering the fastest response for extreme sports or other high-speed applications where immediate tracking and camera movements are essential.

PAN Torque

Sets the torque of the pan motor. Higher torque settings provide more force and are useful for heavier camera setups or resisting external forces like wind.

Tilt Torque

Sets the torque of the tilt motor. Higher values improve performance for heavier or off-balance setups.

Pan Offset

Adjusts the home position of the pan axis to correct alignment issues or compensate for mechanical discrepancies.

Tilt Offset

Adjusts the home position of the tilt axis to correct alignment issues or compensate for mechanical discrepancies.

Pan Min Limit

Defines the minimum angle the head can pan to, creating a leftward movement boundary.

Pan Max Limit

Defines the maximum angle the head can pan to, setting a rightward movement boundary.

Tilt Min Limit

Sets the lowest angle the head can tilt downward.

Tilt Max Limit

Sets the highest angle the head can tilt upward.

Pan L/R Offset

The Pan L/R Offset fine-tunes the home position of the pan axis.

Tilt U/D Offset

The Tilt U/D Offset fine-tunes the home position of the tilt axis.

Memory

The Memory submenu enables the configuration of multiple presets, which can then be programmed to create an automated tour of predefined PTZ movements.

Preset Position

A preset is a saved configuration of the camera's PTZ position along with pan and tilt speeds, focus mode, iris mode, shutter speed and white balance mode. The PTR-15 offers 199 preset slots.

Set the camera to the desired PTZ position then adjust the related settings as needed.

Group 1 – 8

Use Group to link up to 16 selected Presets in a sequence to create a tour. As the group is selected, the camera should automatically transition between these presets at specified intervals. You are allowed to set the speed (Speed Limit) of each movement as well as the dwell time (Waiting Time).

Remote Control

Configure various remote control interfaces.

PAN/TILT Reverse

This option, when enabled, reverses the direction of the normal pan and tilt movements. This is useful when the device is installed upside down, such as on a ceiling mount.

Set RS-422

In this sub-menu, you can configure the device's RS-422 serial communication settings. First, select a method for assigning an ID to the PTR-15: either through the OSD menu or using the DIP switch. You can assign an ID number from 1 to 7 to the device. The available baud rates are 9600, 19200, 38400, and 115200. The Recall responses can be set to either tailer or leader. If tailer is selected, the response is sent at the end of the communication. If leader is selected, the response is sent at the beginning of the communication.

Set DVIP

DVIP is a Datavideo proprietary communication protocol used for IP-based control systems. It allows the device to be remotely controlled over an IP network using DVIP commands. Select a baud rate, the options are 9600, 19200, 38400 and 115200.

DVIP-MEM-No-Offset toggles between 0 and 1, controlling the use of memory offsets for DVIP communication. A memory offset refers to an adjustment value that is applied to a stored preset.

0: Offset Enabled – The camera will apply memory offsets when recalling or setting presets. This means any pre-stored positions will include the offset values.

1: No Offset – The camera will not use memory offsets when recalling or setting presets.

Set IR

IR Group ID: This setting allows you to assign the IR Group ID (CAM1, CAM2, CAM3, or CAM4) to different cameras via the remote control. By assigning an IR Group ID to a camera, the remote control can be used to select and control the corresponding camera. See the previous section for details of the IR remote control.

Set Remote Out

In this sub-menu, you will be allowed to configure the Remote Port for connecting the camera mounted.

Remote Out Mode: Select from the following options:

• 2-Port Pana
• LANC JVC
  -LANC Panasonic
• LANC Canon
• LANC Sony
• OK-Protocol-2
• OK-Protocol-1
• BX Lens
• RS-232C
• RS-422

Remote Out Baud Rate: This setting allows you to configure the communication speed (baud rate) for the selected Remote Out Mode. The supported baud rates are listed as follows:

• 9600

• 19200

• 38400

• 115200

Remote Out ID: This assigns a unique identifier (ID) from 1 to 7 to the PTR-15, allowing easy access to the camera mounted thereon.

BX Zoom Offset: This option adjusts the zoom responsiveness for Sony cameras mounted, particularly the PXW-X200 and EX3 models. A positive value increases the responsiveness, making the zoom faster, while a negative value reduces the responsiveness, making the zoom slower.

Zoom Encoder Mode: Select a zoom control mode from the following:

• Trace Camera: Uses the camcorder's internal zoom encoder.
• Tilta-Reverse: Reverses the direction of the Tiltta Nucleus-M motor of the ZEK-2 Zoom Encoder.
• Tiltta-CTL: The standard mode for the ZEK-2 Zoom Encoder.
• ZEK-1 Reverse: Reverses the direction of the gear of the ZEK-1 Zoom Encoder.
• ZEK-1 Normal: The standard mode for the ZEK-1 Zoom Encoder.

Notes:

The ZEK-1 Zoom Encoder Kit is an electromechanical device designed by Datavideo to add automatic zoom positioning to the camcorder mounted. Compatible camcorder models are Sony Z280, Sony X200, Sony EX-3 and Panasonic AG-HPX255.

The ZEK-2 Zoom Encoder Kit is a mechanical device that utilizes the Tiltta Nucleus-M motor to add automatic zoom positioning to the Panasonic Lumix BGH-1 camcorder.

For more information about using ZEK-1 and ZEK-2, refer to the respective user manuals.

Tilta Torque: Adjusts the torque of the ZEK-2's Tilta Nucleus-M motor.

Tilta Zoom Offset: Fine-tunes the zoom position via the ZEK-2's Tilta Nucleus-M motor.

Zoom Filter Mode: Applies a filter to the zoom control to smooth out zoom movements. Select 0 to turn off filtering and 3 for maximum filtering.

ZEK1 Stop Filter: Use the stopband filter to eliminate jerky stops.

ZEK1 High Filter: Use the highpass filter in a more responsive system where rapid zoom reactions are crucial.

ZEK1 Low Filter: Use the lowpass filter to smooth out zoom movements by removing high frequency noise.

PTZ Info. Output

You can output the PTZ Info via the RS-422 or DVIP port. Select Free-D protocol to output via the DVIP port and PTR-15 to output via the RS-422 interface.

PTZ Coordinate Adjustment

In this sub menu, you can select the PAN and Tilt directions and introduce delays to smooth out individual pan, tilt and zoom movements.

PAN Coordinate Direction: Select the minus sign to reverse the direction of the normal pan movement.

TILT Coordinate Direction: Select the minus sign to reverse the direction of the normal tilt movement.

PAN Coordinate Delay: Introduce a delay before panning starts. Select 0 to turn off the delay and 9 for maximum delay.

TILT Coordinate Delay: Introduce a delay before the tilt starts. Select 0 to turn off the delay and 9 for maximum delay.

ZOOM Coordinate Delay: Introduces a delay before the zoom starts. Select 0 to turn off the delay and 9 for maximum delay.

Append Zoom Position to P/T Info

Toggle ON to append the zoom position to the pan/tilt information, and the combined data can be sent to external devices via the RS-422 VISCA interface.

System

The System submenu allows users to configure essential system settings, including enabling high power output for the D-tap DC port, setting the output voltage limit (12V or 24V), and accessing device information like tally light, model number, firmware updates, on-screen display and factory resets.

Tally Light

Select Red or Green to enable the red or green tally. You can also enable both lights at the same time by selecting the Red/Green option.

Model No.

Select the device model number. If your device is a PTR-15, select 0150; if it is a PTR-10, select 0010.

Power OUT Limit

This option sets the D-tap DC Output. First, use the Mask HIGH VOLT-OUT to enable the D-tap DC output port, and set the output voltage to either 12V or 24V using Power OUT Volt. Limit.

Display

In the Display section, you can turn on/off several on-screen displays. There are three main options, which are P/T OSD, Debug OSD and HDMI IN Reminder.

In P/T OSD, you can turn on/off on-screen information of pan, tilt, czoom and focus settings.

In Debug OSD, you can enable/disable debug information for IR signal (DEBUG IR OSD), camera settings (DEBUG CAM. OSD), RS-422 interface (DEBUG RS422 OSD), DVIP (DEBUG DVIP OSD), motor control (DEBUG M_CTL OSD), motherboard (DEBUG MA_BD OSD), video output (DEBUG VOUT TEST) and FreeD (DEBUG FreeD OSD).

HDMI IN Reminder, once enabled, will prompt the HDMI input status at the top of the screen.

Reset All

Select to reset all settings on the PTR-15 to their factory defaults.

Update Software

This option allows you to update the device's firmware. See Firmware Update for more details.

Reset P/T

Manually resets the Pan and Tilt functions to their default positions, restoring the system's original alignment.

4.6 Zoom Sensor mini-DIN Port

The zoom sensor mini-DIN port allows you to connect the ZEK-1/ZEK-2 Zoom Encoder Kit, which is an electromechanical device that adds automatic zoom positioning to the camcorder mounted on PTR-15 Robotic Pan Tilt Head. See the respective user manuals for installation instructions.

With the ZEK-1 installed, you can set P/T Acceleration and P/T Speed to Auto (recommended) for smooth PTZ camera control.

The P/T Acceleration defines the rate at which the pan and tilt movement will reach its top speed. When set to Auto, the acceleration changes according to the zoom direction. When zooming out, the acceleration increases for responsive PTZ movement; when zooming in, the acceleration decreases for smooth PTZ movement.

The P/T Speed defines how fast or slow the pan and tilt movement will be. The PTR device offers 18 levels of speed of P/T movement. When set to Auto, the speed changes according to the zoom direction as well. When zooming out, the speed will be automatically increased to 18 for responsive PTZ movement. When zooming in, the speed will be automatically decreased to a value in the range between 3 and 6 for smooth PTZ movement.

To set P/T Acceleration and P/T Speed, follow the menu paths below:

Setting P/T Acceleration to Auto

Set Motor

→ P/T Acceleration

→ Auto

Setting P/T Speed to Auto

Set Motor

→ P/T Speed

→ Auto

If you are using ZEK-2, set the ZOOM Encoder Mode (OSD Menu → Remote Control → Set Remote Out → Zoom Encoder Mode) to Tilta-CTRL or Tilta-Reverse. For details, refer to Zoom Encoder Mode in the Set Remote Out section.

5. Firmware Update

Datavideo usually releases new firmware containing new features or reported bug fixes from time to time. Customers can either download the firmware as they wish or contact their local dealer or reseller for assistance.

This section outlines the firmware upgrade process which should take approximately few minutes to complete.

The existing settings should persist through the firmware upgrade process, which should not be interrupted once started as this could result in a non-responsive unit.

5.1 Firmware Upgrade Requirements

• USB thumb drive
• Latest firmware files

5.2 Upgrade Procedure

1) Copy firmware image files (MB and MCTL) into the root directory of a USB hard drive (<16 GB) and insert it into the F/W Upgrade USB port.

2) Use the IR remote control to open the OSD menu. Note: If you are using more than one camera in your environment, first select the camera by pressing the corresponding CAM button; the default is CAM1.

3) Main Menu => 5: SYSYEM => 6: UPDATE SOFTWARE => UPDATE ALL => YES => ENTER

4) Wait for another five minutes until the following lines appear on the screen

• Updated Mot-BD=>OK.
• Updated MCPU =>OK

The OSD menu screen will flash “Write OK/Power ON Again” alternately; the update process should take approximately 5-7 minutes to complete.

5) Turn off the device by unplugging the power cord and plug the power cord back into the socket to turn on the device again.
6) FW Update is complete.

6. Frequently-Asked Questions

This section describes problems that you may encounter while using PTR-15. If you have any questions, please refer to related sections and follow all suggested solutions. If problem still exists, please contact your distributor or the service center.

No.	Problems	Solutions
1.	The device stops responding unexpectedly.	When the PTR-15 is overloaded, the device power will be automatically disconnected.To resume power, first turn off the device,unplug the power cable for more than 15 seconds, then reconnect the power and turn on the device.
2	DC Out does not supply power.	Once the short circuit protection is activated to cut the power, you will need to reboot the device to resume supplying power to the camera.
3	How to prevent activation of short circuit protection after we start supplying power to the device.	We recommend establishing all cable connections to the camera first before switching ON the PTR-15.
4	The PTR-15 fails to respond to commands issued by the remote control and RMC-180 MARK II.	This issue is caused by incomplete boot. To solve this issue, shut down PTR-15 and wait for 5 seconds before turning on the power again.
5	Only a 3/8" threaded screw hole is found at the base of the camera so cannot secure the camera with the 1/4" hand screw.	Put a 3/8" to 1/4" nut adapter in the 3/8" threaded screw hole and tighten then secure the camera with a 1/4" hand screw.
6	How to achieve smooth PTZ camera control?	In the OSD menu, set P/T Acceleration to Slow for smooth PTZ camera control.Follow the menu path below:2. Set Motor→ P/T Acceleration→ Slow
7	How to achieve responsive PTZ camera control?	In the OSD menu, set P/T Acceleration to Fast for responsive PTZ camera control.Follow the menu path below:2. Set Motor→ P/T Acceleration→ Fast
8	Can HBT-11 power up the PTR-15T?	No, HBT-11 cannot power up PTR devices.Please use HBT-18 and connect using a solid Ethernet cable only.
9	Is ZEK-1 required for controlling the Sony Z280 camcorder via LANC?	No, ZEK-1 is not required. You can gain full PTZ control of the Sony Z280 camcorder via LANC alone. However, it is recommended to connect ZEK-1 toenhance the PTZ control by setting the PTR device’s P/T Acceleration and P/T Speed to AUTO. SeeSection 4.6 Zoom Sensor mini-DIN Portfor more information.

7. Dimensions

PTR-15

Technical line drawing of a mechanical device with internal components and mounting brackets (no text or symbols)

Technical line drawing of a mechanical device with control panel and base panel (no text or symbols)

Technical line drawing of a data video device with no visible text or symbols on the body or background

All measurements in millimeters (mm)

1. Specifications

Product Name	Robotic Pan Tilt Head
Model Number	PTR-15
Video I/O Interface	HDMI 2.0 x 112G-SDI x 13G-SDI x 1
Video Output Format	2160p 60/59.94/502160p 30/29.97/251080p 60/59.94/501080p 30/29.97/251080i 60/59.94/50720p 60/59.94/50
Supported Controller	RMC-180 MARK IIRMC-300AShowCast 100VISCA Protocol ControllerIP ControlIR Remote
Genlock	Yes
Timecode	Yes
Pan/Tilt Range	PAN: 340° MAXTILT: +45° to -45° MAX
Pan/Tilt Speed	PAN: 0.12 – 15° / SecTILT: 0.06 – 10° / Sec
Presets	199 PAN/TILT positions
Control Distance	RS-422: 1200 mDVIP: 100 m
Control Protocol	Sony VISCADVIP
Control Interface	RS-422 / DVIP
Maximum Load	4.0 Kg Max.
Control Output	RS-232RS-422IP ControlBX-LensLanc
Power Requirement	DC 14V – 20V, 90W
Power Supply (Output)	DC 24/12V, 36W Max
Operating Temp.	0 – 40°C
Operating Humidity	10 – 80%
Storage Temp.	-10 – 60°C
Storage Humidity	5 – 80%
Weight	3.7 Kg
Dimensions (LxWxH)	241 x 191 x 300 mm
Optional Accessories	ZEK-1ZEK-2PCB-1WM-10WM-11CM-10

Notes

Service & Support

It is our goal to make owning and using Datavideo products a satisfying experience. Our support staff is available to assist you to set up and operate your system. Contact your local office for specific support requests. Plus, please visit www.datavideo.com to access our FAQ section.

Please visit our website for latest manual update.

www.datavideo.com/product/PTR-15

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